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A comparison of 11-year mesospheric and lower thermospheric winds determined by meteor and MF radar at 69 degrees N

机译:由流星和中频雷达在69度北风确定的11年中层和较低热层风的比较

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摘要

The Andenes Meteor Radar (MR) and the Saura Medium Frequency (MF) Radar are located in northern Norway (69 degrees N, 16 degrees E) and operate continuously to provide wind measurements of the mesosphere and lower thermosphere (MLT) region. We compare the two systems to find potential biases between the radars and combine the data from both systems to enhance altitudinal coverage between 60 and 110 km. The systems have altitudinal overlap between 78 and 100 km at which we compare winds and tides on the basis of hourly winds with 2 km altitude bins. Our results indicate reasonable agreement for the zonal and meridional wind components between 78 and 92 km. An exception to this is the altitude range below 84 km during the summer, at which the correlation decreases. We also compare semidiurnal and diurnal tides according to their amplitudes and phases with good agreement below 90 km for the diurnal and below 96 km for the semidiurnal tides.
机译:Andenes流星雷达(MR)和Saura中频(MF)雷达位于挪威北部(北纬69度,东经16度),并连续运行以提供中层和低层热层(MLT)区域的风向测量。我们比较了这两个系统,以发现雷达之间的潜在偏差,并结合来自这两个系统的数据,以增强60至110 km之间的垂直覆盖范围。该系统在78至100 km的高度重叠,我们根据每小时2 km高度的风向比较风和潮汐。我们的结果表明纬向风和子午风分量在78至92 km之间是合理的。唯一的例外是夏季期间低于84 km的海拔范围,在该范围内相关性降低。我们还根据日潮和日潮的振幅和相位进行比较,对于日潮在90 km以下和半日潮在96 km以下具有良好的一致性。

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